1. Small size and light weight
Due to the use of thin ferrite materials, electronic rotor laminations are small in size and light in weight, which is very suitable for small motors. Compared with traditional iron cores, electronic rotor laminations can reduce the size and weight of motors by more than 50%.
2. Simple structure and easy processing
The structure of electronic rotor laminations is relatively simple, consisting of multiple identical thin sheets stacked together, so the processing technology is also relatively easy. Compared with traditional iron cores, electronic rotor laminations do not require complex processing technology, such as turning and milling, and can be produced by stamping, lamination, bonding and other processes.
3. Good magnetic properties
Ferrite materials have good magnetic properties, so electronic rotor laminations can generate a strong magnetic field and improve the efficiency and torque of the motor. Compared with traditional iron cores, electronic rotor laminations can increase the efficiency of the motor by more than 10% and the torque by more than 20%.
4. Low cost
The cost of ferrite materials is relatively low, so the manufacturing cost of electronic rotor laminations is also relatively low. Compared with traditional iron cores, electronic rotor laminations can reduce the manufacturing cost of electric motors by more than 20%.